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• W3164642009 abstract "Catalytic performance of MoN, WN and WC on hydrogen evolution reaction (HER)were investigated by first-principles calculations, especially considering the effect of strain. From the calculation we can see the catalytic ability has an opposite trend with the adsorption capacity. H coverage was found to affect WN catalytic activity obviously, however has no effect on MoN and WC. Comparing with the experiments, we inferred that although the top site has the strongest potential catalytic ability, the actual catalytic site for HER is hollow1 site. Some specific transition metal doping (Ni > Fe > Mn > W for MoN, Fe > Co for WN, Ni > Co > Fe> Mn for WC) may indirectly improve the HER catalytic performance. It is worth noting that applying a certain strain (e.g. 2.5% tensile strain for MoN, 5% compressive strain for WN, WC) is helpful for improving the HER catalytic performance. Our work is instructive for HER catalyst development in terms of doping and strain. • Certain strains (e.g. 2.5% for MoN, -5% for WN, WC) are helpful for HER catalysts. • HER catalytic ability has opposite trends with adsorption capacity in MoN, WN and WC. • H coverage affects WN catalytic activity obviously however has no effect on MoN, WC. • Comparing with experiments, actual catalytic sites do not have best catalytic ability. • Some transition metal doping can indirectly improve the HER catalytic performance." @default.
• W3164642009 created "2021-06-07" @default.
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• W3164642009 date "2021-07-01" @default.
• W3164642009 modified "2023-10-16" @default.
• W3164642009 title "Revealing the catalytic micro-mechanism of MoN, WN and WC on hydrogen evolution reaction" @default.
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• W3164642009 cites W1975905088 @default.
• W3164642009 cites W1981368803 @default.
• W3164642009 cites W2000931866 @default.
• W3164642009 cites W2008107859 @default.
• W3164642009 cites W2018997757 @default.
• W3164642009 cites W2021626372 @default.
• W3164642009 cites W2022136916 @default.
• W3164642009 cites W2023593377 @default.
• W3164642009 cites W2026154386 @default.
• W3164642009 cites W2038623440 @default.
• W3164642009 cites W2050104692 @default.
• W3164642009 cites W2056200423 @default.
• W3164642009 cites W2079493928 @default.
• W3164642009 cites W2083222334 @default.
• W3164642009 cites W2109957556 @default.
• W3164642009 cites W2118708336 @default.
• W3164642009 cites W2121908198 @default.
• W3164642009 cites W2140789423 @default.
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• W3164642009 cites W2283941186 @default.
• W3164642009 cites W2318474833 @default.
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• W3164642009 cites W2361300871 @default.
• W3164642009 cites W2461202500 @default.
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• W3164642009 cites W2606129421 @default.
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• W3164642009 cites W2745698907 @default.
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• W3164642009 cites W2761669687 @default.
• W3164642009 cites W2767729256 @default.
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• W3164642009 doi "https://doi.org/10.1016/j.ijhydene.2021.04.173" @default.
• W3164642009 hasPublicationYear "2021" @default.
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